Thermoelectric Cooler Analysis on Maxwell

cturutoglu · August 8, 2016, 08:01

Hello All,

I am trying to simulate TEC module on Maxwell. I have to specify seeback coefficient but i couldnt find seeback co. value on maxwell in the material properties.

Also, I have another question. Thermoelectric coolers uses electric for cooling as you know. I read a teg tutorial somebody worked with thermal-electric about teg on ansys and he gave approximately (i dont remember) 0.1 V voltage at the inlet and 0 V at the outlet. Should i do the same on Maxwell?
And will the maxwell give me the real thermal result at the top and bottom surface of the module?

Thank you.

cturutoglu · August 12, 2016, 06:12

Any help?

Shripad · October 25, 2016, 14:37

I don't know about maxwell or what is it but I can say that for a TEC you need basically 3 inputs
1. Potential difference or current
2. Hot temperature and
3. Cold temperature
For the potential difference you have to specify the potential on one side and ground (0 V) on the other side. For current input also the same , current on one side and ground on the other side, and the magnitude of it depends on the problem or the user!!
Ask me any time if anything else is needed!!
Hope I answered your question !!

Sujit Roy · November 7, 2016, 05:15

I am trying to solve a thermoelectric generator problem using Ansys Thermal-electric module. What could be the inputs for that problem. can any one help to solve that ????

Shripad · November 7, 2016, 09:25

You just have to specify zero voltage or ground condition on the cross section of the copper conductor. This can be specified anywhere in the circuit but is typically specified at the cross section of copper which is used to connect the load resistance !!

blacksatellite · January 23, 2021, 18:24

You can use Ansys icepak for this

August 8, 2016, 08:01	Thermoelectric Cooler Analysis on Maxwell	#1
cturutoglu Member CT Join Date: May 2016 Location: Turkey Posts: 32 Rep Power: 10	Hello All, I am trying to simulate TEC module on Maxwell. I have to specify seeback coefficient but i couldnt find seeback co. value on maxwell in the material properties. Also, I have another question. Thermoelectric coolers uses electric for cooling as you know. I read a teg tutorial somebody worked with thermal-electric about teg on ansys and he gave approximately (i dont remember) 0.1 V voltage at the inlet and 0 V at the outlet. Should i do the same on Maxwell? And will the maxwell give me the real thermal result at the top and bottom surface of the module? Thank you.

November 7, 2016, 05:15	Thermoelectric generator	#4
Sujit Roy New Member Sujit Roy Join Date: Nov 2016 Posts: 1 Rep Power: 0	I am trying to solve a thermoelectric generator problem using Ansys Thermal-electric module. What could be the inputs for that problem. can any one help to solve that ????

November 7, 2016, 09:25		#5
Shripad New Member Shripad Join Date: Oct 2016 Posts: 2 Rep Power: 0	You just have to specify zero voltage or ground condition on the cross section of the copper conductor. This can be specified anywhere in the circuit but is typically specified at the cross section of copper which is used to connect the load resistance !! Sujit Roy likes this.

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August 12, 2016, 06:12		#2
cturutoglu Member CT Join Date: May 2016 Location: Turkey Posts: 32 Rep Power: 10	Any help?

October 25, 2016, 14:37		#3
Shripad New Member Shripad Join Date: Oct 2016 Posts: 2 Rep Power: 0	I don't know about maxwell or what is it but I can say that for a TEC you need basically 3 inputs 1. Potential difference or current 2. Hot temperature and 3. Cold temperature For the potential difference you have to specify the potential on one side and ground (0 V) on the other side. For current input also the same , current on one side and ground on the other side, and the magnitude of it depends on the problem or the user!! Ask me any time if anything else is needed!! Hope I answered your question !!

January 23, 2021, 18:24		#6
blacksatellite New Member ahmet kaya Join Date: Aug 2020 Location: İzmir Posts: 27 Rep Power: 6	You can use Ansys icepak for this